Excellent job by KTITOR for burst test chamber. They follow rule 1: don't use concrete. Concrete is very strong in compression, but has terrible impact properties. I've seen many concrete burst test chambers that were really beautiful (and expensive) works of art. They cracked and fractured within the first few tests. Steel is the way to go.
Pressure testing of hydrogen pressure vessels The quality validation testing process for hydrogen composite pressure vessels plays an important role in minimizing the risks associated with hydrogen storage. The primary focus is on assuring the vessels structural quality to prevent leakage, ruptures, or other failures that could result in accidents. For that purpose Ktitor.mk designed a safe burst chamber for high volume cylinders up to 2000 bar burst pressure. #hydrogen #composite #pressurevessel #cfrp #filamentwinding #testing #burst #chamber #cng
Supporting efforts to perfect and enhance critical component efficiencies used in the Mobility, Energy, Industrial Sector including Gears, Engines and other components found in ICE, BEV, EV, H2, HICEV, and H2O Fuel Cells
2wI agree